Multi-Agent Systems
41 articles by Ray Bolouri tagged Multi-Agent Systems.
The Multi-Agent Systems tag groups 41 articles. They come from 6 topics: Distributed Systems & Coordination, Wireless & Mobile Networks, Energy & Industrial Control, Space, Aviation & Vehicles, Internet & Cloud Infrastructure and Computing Architecture. Each article opens with a short summary and ends with links to related reading.
Decoupling Automated Control Planes Destabilizes CloudsDecoupling automated control planes from physical transport limitations triggers severe desynchronization and enterprise cloud instability.
Open RAN Encounters Transport Latency BoundariesTransport latency boundaries degrade distributed systems when consensus layers decouple state synchronization from physical transit channels.
Coordinating Microservices Across Transport ConstraintsDecoupling orchestration logic from physical transport constraints destabilizes quorum consensus and degrades cluster throughput.
AI Restoration and Distributed Solar Fault Detectionanalysis of self-healing power grids, distributed solar fault signatures, and DERMS coordination.
Decentralized Architectures Encounter Physical TransportDecentralized orchestration models face severe queue amplification when assuming deterministic packet delivery across transit links.
Networked Microgrids and Public Safety NetworksNetworked microgrids and public safety networks require tailored protocol stacks to withstand transport delays.
Vehicular Edge Clusters and Handover ProtocolsVehicular edge clusters fail under real-world mobility when control planes demand idealized channel stability across asynchronous networks.
PGo Compilation and Physical Transport BoundariesSystems research highlights how compiler frameworks like PGo confront physical transport boundaries and packet contention in Go code.
Edge Intelligence Architectures Face LatencyDecentralized autonomous infrastructures face operational fragility when control loops ignore transport latency and bandwidth variations.
Coordinated Edge Intelligence in Power Outage ModelsCoordinated edge intelligence enables distributed emergency frequency control to mitigate blackout risks when centralized telemetry links degrade.
Connected Autonomous Vehicle Systems and Multipath RoutingAnalysis of connected autonomous vehicle systems reveals that transport layer latencies disrupt distributed state synchronization across edge nodes.
Multi-Microgrid Systems and Resilient ArchitecturesMulti-microgrid energy management systems require resilient communication architectures and coordinated scheduling strategies across networks.
Passivity Bilateral Teleoperation Architecture DynamicsPassivity frameworks and predictive control horizons decouple robotic stability from network timing characteristics.
HyNTP Protocol Resolves Variable Transit LatencyAdaptive hybrid protocol coordination mitigates transport layer queueing delays across distributed clusters.
Distributed Frequency Control Across Brownfield NetworksBrownfield manufacturing systems and smart grids face transport latency and queue saturation when retrofitted with distributed analytics.
Time-Triggered CAN FD Protocols in Cyber-Physical SystemsDeterministic timing schedules resolve physical delivery constraints and message contention across real-time cyber-physical infrastructure.
Cyclic Delay Diversity and Robotic Energy Protocolsengineering resilient multi-agent swarms against wireless channel fading and rapid power depletion.
Distributed Observer Protocols Counter Network DelaysDistributed observer frameworks and adaptive relative output feedback counter transit latency and phase lag across asymmetric directed graphs.
Decentralized Power System Control ArchitecturesDecentralized control architectures face severe boundary failures when underlying radio links experience packet jitter and channel fading.
Decoupled Microservice Architectures and TransportDecoupled microservice architectures risk systemic instability when autonomous control loops operate without factoring in transport limits.
Evaluating Multi-Agent Control CoordinationPhysical transport constraints introduce phase lag and hunting behavior into multi-agent control schemes across dense microgrid clusters.
Evaluating Multi-Agent Distributed ArchitecturesEvaluating multi-agent distributed architectures proves critical when ignoring transport latency compromises distributed educational platforms.
Cyber-Physical Distribution System Co-DesignDistributed monitoring mechanisms and autonomous holons isolate propagating faults when centralized state-estimation pipelines experience latency.
Grid-APPS-D Validates Distributed Microgrid ControlTesting distributed energy management systems reveals transport latency and packet delays across wireless sensor network infrastructure.
Dynamic Communication Channel Reconstruction ProtocolsDynamic communication channel reconstruction protocols resolve protection maloperation across physical transport interfaces.
Securing IEC 61850 GOOSE Control Networksadding cryptographic trust models into IEC 61850 GOOSE messaging threatens deterministic latency profiles during automated switching events.
Decentralized Coordination Across Physical NetworkingDecoupling storage versioning logic from server coordination exposes client runtimes to severe transport jitter and false split-brain alarms.
Adaptive BFT Protocols and Multi-Relay NetworksEngineers evaluate multi-relay channels and adaptive BFT protocols to sustain consensus over impaired links.
Substation Automation Architectures and Grid Control SystemsModernizing grid control systems requires strict alignment with underlying communication bounds to mitigate synchronization latency.
Evaluating Delay-Tolerant Networking ReliabilityTerrestrial assumptions disintegrate across distributed satellite constellations facing propagation delays and intermittent links.
Automated Demand Response in Smart Grid NetworksTransport delay and packet loss in decentralized routing fabrics disrupt automated demand response across power distribution networks.
Evaluating IEEE 802.11p Transport FeasibilityRapid node mobility and dynamic physical topographies degrade distributed route discovery in vehicular ad-hoc networks.
Agent Architectures for Distributed Power GridsAutonomous software agents in power systems risk consensus stalls and failure detector thrashing when transport networks enforce relay limits.
Split Verification of Internet Protocol StacksSplit verification of internet protocol stacks enables decoupled nodes to preserve stability against transport latency and packet drops.
Consensus Protocols for Distributed Control TopologiesAccelerated consensus protocols and hybrid network architectures maintain agreement across distributed control topologies.
Parallel GCA Models and Multi-Agent Fuzzy Systemsanalysis of parallel GCA execution, multi-agent fuzzy traffic controls, and stream processors in August 2009.
Distributed Software Architectures and Transport VariancesPhysical transport variances break synchronous semantics across collaborating nodes in distributed software architectures.
Multilevel Partitioning Schemes for Task AllocationMultilevel partitioning schemes and status-aware transport protocols isolate execution loops from latency in heterogeneous distributed systems.
Decentralized Control Across Autonomous Physical AgentsIgnoring real-world latency bounds destabilizes decentralized control loops across autonomous physical agents in dynamic networks.
Autonomous Planetary Exploration Software Stalls Over Ad HocEvaluating software architectures for sensor data distribution highlights how cross-layer coupling prevents throughput degradation.
Coordinating Autonomous Unmanned Aerial VehiclesEmbedded flight software for autonomous unmanned aerial vehicles decouples control logic from transport latency to prevent hazards.